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FileDES: A Secure, Scalable and Succinct Decentralized Encrypted Storage Network


Core Concepts
FileDES addresses challenges in decentralized storage networks by focusing on privacy preservation, scalable storage proof, and batch verification.
Abstract
Introduction to DSNs: DSNs challenge traditional cloud-based systems by consolidating storage capacities. Challenges in DSNs: Data privacy leakage, costly proof systems, low efficiency of recurrent proof verification. Proposed Solution - FileDES: Incorporates privacy preservation, scalable storage proof, and batch verification. Key Features of FileDES: Encrypted data storage with PoES algorithm, rollup-based batch verification. Comparative Evaluation: Outperforms Filecoin, Storj, and Sia in proof generation/verification efficiency, storage costs, scalability.
Stats
"Our results indicate that the proof generation time for FileDES is shorter than those of Filecoin and Storj." "The results of the evaluation indicate that FileDES has the lowest storage cost among the four DSNs."
Quotes
"FileDES outperforms the state-of-the-art DSNs in several aspects." "The proposed protocol aims to address the existing challenges faced by pioneers of DSN."

Key Insights Distilled From

by Minghui Xu,J... at arxiv.org 03-25-2024

https://arxiv.org/pdf/2403.14985.pdf
FileDES

Deeper Inquiries

How can decentralized storage networks like FileDES impact data security on a larger scale?

Decentralized storage networks, such as FileDES, can have a significant impact on data security at a broader level by addressing key challenges faced by traditional centralized storage systems. These impacts include: Enhanced Data Privacy: By incorporating privacy preservation mechanisms and encrypted storage, FileDES ensures that sensitive information remains secure and inaccessible to unauthorized parties. This helps in preventing data breaches and unauthorized access. Resilience Against Attacks: The implementation of Proof of Encrypted Storage (PoES) in FileDES mitigates Sybil and Generation attacks, enhancing the overall security posture of the network. This resilience makes it harder for malicious actors to manipulate or compromise stored data. Efficient Proof Systems: The scalable proof generation and batch verification processes in FileDES improve efficiency while maintaining security standards. This not only reduces operational costs but also streamlines the verification process for enhanced data integrity. Data Availability: Despite the encryption measures in place, FileDES ensures high data availability through its innovative approach to storing file increments rather than full files redundantly. This guarantees that users can access their data when needed without compromising security. Blockchain Integration: Leveraging blockchain technology ensures consistency, immutability, and transparency in the storage network operations, further bolstering trust among participants and reinforcing data security practices. In essence, decentralized storage networks like FileDES contribute to a more secure ecosystem for storing and managing sensitive information on a larger scale by implementing robust privacy measures, efficient proof systems, resilience against attacks, ensuring availability of data when required.

What are potential drawbacks or criticisms of implementing a system like FileDES?

While decentralized storage networks offer numerous benefits for enhancing data security and management capabilities, there are some potential drawbacks or criticisms associated with implementing systems like FileDES: Complexity: Implementing advanced cryptographic techniques like Unidirectional Proxy Re-Encryption (PRE) may introduce complexity into the system architecture which could require specialized expertise for maintenance and troubleshooting. Resource Intensive Encryption/Decryption Processes: The encryption/decryption processes involved in securing stored files may be resource-intensive leading to increased computational overheads especially during peak usage periods. Dependency on Blockchain Technology: Reliance on blockchain technology introduces scalability challenges due to transaction processing limitations. Vulnerabilities within smart contracts or consensus algorithms could pose risks if not adequately addressed. 4 .Regulatory Compliance Challenges: - Ensuring compliance with evolving regulatory frameworks related to privacy laws (e.g., GDPR) might be challenging due to complex encryption methods used. 5 .Interoperability Concerns - Compatibility issues with existing systems or platforms may arise when integrating decentralized storage solutions into diverse IT environments. 6 .Centralization Risks - Despite being designed as decentralized networks, there is still potential centralization risk if certain nodes gain disproportionate control over network resources, undermining the core principles of decentralization It is essential for organizations considering the adoption of systems likeFileDESto carefully evaluate these drawbacksand address them effectivelyto maximizethe benefitswhile mitigatingpotential risks.

How might advancements indecentralized storagetechnology influence other industries beyond datamanagement?

Advancements indecentralized storagetechnologyhave far-reaching implicationsbeyonddata managementacross various industries.These influencesinclude: 1 .Supply Chain Management: Decentralizedstoragecan enhance supply chaintransparencyby securelystoringtransactionaldata,suchasproductorigins,certifications,andshippingdetails.Thisimprovestraceability,reducescounterfeitingrisks,andensurescompliancewithregulationsandsustainabilitystandardsinthesupplychainindustry 2 .Healthcare: Inhealthcaredecentralizedstoragesolutionscanfacilitatesecureandinteroperablesharingofpatientrecordsamongproviderswhilemaintainingpatientprivacyandsecurity.AdvancementssuchasencryptedstorageandbatchverificationmethodslikethoseinFileDESCanenhanceefficiencyandreliabilityinmedicalrecordmanagement 3 .Finance: Thesecurityfeaturesofdecentralizedstoragenetworkscantransformfinancialservicesbyprovidingsafestorageforconfidentialcustomerinformationlikebankstatementsorlegalcontracts.Blockchaintechnologyintegratedwithdecentralizedstoragecannurturetrustlesspeer-to-peertransactions,enablingfaster,settlementsandlowertransactioncostsinthefinanceindustry 4 .Intellectual Property Rights(IPR): DecentralizedstoragenetworkscanrevolutionizeIPRmanagementbyofferingasecureplatformforstoringcopyrightedmaterials,patents,andtrademarks.Immutablerecordsonablockchaincombinedwithadvancedencryptiontechniquesensurestransparencyandinviolableproofsofownershipinthecreationindustries 5 .* Legal Sector: Inthelawsectordecentralizedstoragetechcouldstreamlinecontractmanagementprocessesbysecuringlegaldocuments,storingverifiableaudittrails,andenablingtransparentdisputeresolution.Decentralizationhelpsimproveaccessibilitytojustice,bolstersevidenceintegrity,andenhanceoveralllegaloperations Thesenon-exhaustiveexampleshighlighthowadvancementsindecentralizestoragetechnologymaypositivelyimpactdiverseindustriesbeyonddatamanagement.ByleveraginginnovativesecuritymeasuresandefficientprotocolsfromnetworkssuchasFileDESTheseindustriescanexperienceimprovedefficiency,dataintegrity,cost-savings,andtrustworthinessinafast-evolvingdigitallandscape
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